Particleworks est un produit de Prometech.
Particleworks est une solution logicielle CFD avancée, basée sur la méthode de simulation de particules en mouvement (MPS).
Distribué par EnginSoft dans toute l’Europe, Particleworks permet de réaliser d’importantes économies de temps et d’argent sans générer de maillage comme les logiciels CFD conventionnels.
Avec Particleworks, les ingénieurs sont en mesure de modéliser et de simuler des problèmes à grande échelle sans nécessité de ressources matérielles importantes.
Pour les utilisateurs de CFD, Particleworks peut vous aider à obtenir un processus plus rapide et plus efficace en consommant moins de ressources matérielles.
Pour les ingénieurs préférant les tests physiques, car la CFD traditionnelle prend trop de temps, complexe et demande trop de ressources, Particleworks peut les aider à économiser de l'argent grâce à la simulation sans maillage.
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Moving Particle Simulation (MPS) is a meshless method of Computational Fluid Dynamics (CFD) specifically conceived to analyse liquid flows, from the most common liquids like water and oil, to the most complex ones such as highly viscous consumer products, adhesives, polymers, and foods or even semi-solid materials like grease or organic waste.
This publication is a collection of papers addressing different industrial sectors and covering applications ranging from lubrication of transmissions, cooling of engines, prevention of aquaplaning, and fire extinguishing, to the electrification of mobility solutions and the study of snow drifts.
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CASE STUDY
Overspray is a key problem in the paint application process. This phenomenon is caused by inefficiencies of the robots inside the spray booth and can best be solved by balancing the air flow properly in the paint application area.
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CASE STUDY
In this technical article, we demonstrate how to apply a one-way coupling technique using a combination of ParticleWorks and LS-DYNA to estimate tsunami damage to a vehicle.
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CASE STUDY
The Extremely Large Telescope (ELT) is a 40m-class optical and infrared telescope being built in Chile. The ELT has a complex geometry, with a rotating structure and a dome that must be protected from wind effects to ensure accurate observations. To study the wind flow within the dome, a computational fluid dynamics (CFD) model was created.
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CASE STUDY
Traditional naval architecture meets the CFD analysis with the aim to improve consolidated products reaching values in terms of performance never seen before.
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CASE STUDY
The challenge was to find the optimal aerodynamic design while substantially reducing the costs associated with traditional CFD modeling.
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